2007Unpublished venueRequires access

ULTRASONIC ATTENUATION MEASUREMENT AS THE CONTROL METHOD FOR STEEL EVALUATION

Miodrag Kirić, Zijah A. Burzić, Jano Kurai

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Abstract

The method of evaluation of a steel loading capabilities by means of ultrasonic attenuation measurement (AM) is briefly described. Results of AM obtained on a Mn-V steel vary with the change of the measurement point and thus are statistically analyzed. The influences of surface preparation, ultrasonic frequency and ultrasonic probe size on ultrasonic attenuation values (AV) for the first time are investigated. Good agreement between mechanical test results and AM was found, which

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What this paper is about

The method of evaluation of a steel loading capabilities by means of ultrasonic attenuation measurement (AM) is briefly described. Results of AM obtained on a Mn-V steel vary with the change of the measurement point and thus are statistically analyzed. The influences of surface preparation, ultrasonic frequency and ultrasonic probe size on ultrasonic attenuation values (AV) for the first time are investigated. Good agreement between mechanical test results and AM was found, which

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Available abstract

The method of evaluation of a steel loading capabilities by means of ultrasonic attenuation measurement (AM) is briefly described. Results of AM obtained on a Mn-V steel vary with the change of the measurement point and thus are statistically analyzed. The influences of surface preparation, ultrasonic frequency and ultrasonic probe size on ultrasonic attenuation values (AV) for the first time are investigated. Good agreement between mechanical test results and AM was found, which

Key concepts: Ultrasonic sensor, Attenuation, Acoustics, Ultrasonic attenuation, Materials science, Ultrasonic testing, Optics, Physics

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